Designed for the Event sector, the SU15KAS model from Appotronics features 15000 ANSI lumens, a native WUXGA 1920 x 1200 resolution and a contrast ratio of 100000:1. This is a laser projector with a light source designed to last for 20000 hours, covering an estimated 13.7 years based on a 4-hour daily runtime. The specifications indicate lens shift optics, allowing the image to be physically shifted without introducing digital image artifacts. Thanks to the interchangeable lens system, the device can be equipped with optional lenses to react flexibly to different room sizes. Exact values for specific rooms are provided by the Projector Calculator. Looking at practical performance, up to 1244 cm can be illuminated with 15000 ANSI lumens in dark environments. Once daylight is in the room, the image should ideally be no wider than 829 cm. Should very large projection surfaces be required, the integrated edge-blending software offers the possibility to seamlessly combine images from multiple projectors without visible seams. In terms of video signals, the device processes resolutions up to Full HD 1080P and 4K. Connectivity for fixed installations is rounded off by an RJ45 port for remote maintenance and an HDBaseT interface, which transmits bundled video, audio, and control data over long cable runs.
Display Type
1 x 0,8" DMD DLP Chip WUXGA 16/9 Ti Digital Light Processing Chip
Ansi-Lumen
Projector
15000 / 16000 Center Lumen
Screen
6667 Lux (200 cm Screen width)
Contrast
100000:1 full on/off
100000:1 full on/off
Black Level
0,1500 min. Lumen
0,067 min. Lumen
Offset
-
Resolution
WUXGA 1920 x 1200
2.304.000 Pixel UHD (4K2K+) 3840 x 2400 compressed
2x HDMI2.0(4K/60P)
DVI-D, DP1.2 (4K/60P)
HDBaseT 1.0 (Optional9)
3D Syn 3D SYNC in
3D SYNC out
IR 3D out
MULT SYNC in und out
USB-A in
12V External Power Supply Port: Power 12V 1A
RS232
RJ45 Lan
Ceiling Mounting
Yes, is possible.
Power
1050W Normal
Size WxHxD
537,5 x 190 x 510 mm (21,1"x7,5"x20,1") 52,04 L/dm³
Full HD 1080P compatible
Appotronics Website
Product Sheet english
